<p>The LMK 858 series ceramic sensor is a robust and reliable choice for professionals in the electrical engineering, automation, and building industries. Designed with precision and durability in mind, this sensor offers an accuracy of 0.35% Full Scale Output (FSO), ensuring precise measurements even in demanding environments.</p><p>Operating efficiently within a temperature range from -25 to 80 degrees Celsius, the LMK 858 is suitable for various industrial applications where environmental conditions can fluctuate. Its ability to maintain performance across this range makes it versatile for multiple uses.</p><p>This sensor boasts a rated pressure capacity of up to 10 meters of water (mH2O), making it ideal for applications involving liquid level measurement or pressure monitoring. The use of high-quality Ceramic Al2O3 96% diaphragm material ensures excellent resistance against aggressive media, enhancing the sensor&#39;s longevity and reliability.</p><p>For ease of integration into existing systems, the LMK 858 comes equipped with a PVC cable electrical connection. This setup facilitates straightforward installation while providing dependable connectivity under diverse operational conditions.</p><p>With a response time of just 380 milliseconds, this sensor delivers prompt feedback critical for real-time monitoring and control systems. Such responsiveness is crucial when timely data processing can significantly impact operational efficiency and safety.</p><p>Adhering to essential industry standards such as CE, cULus, REACH, and RoHS certifications underscores its compliance with international safety and environmental regulations. These approvals provide peace of mind regarding both product quality and sustainability commitments.</p><p>In summary, the LMK 858 series ceramic sensor combines accuracy, durability, and quick response times with compliance to key standards—making it an exemplary choice for professionals seeking reliable solutions in challenging settings without compromising on performance or regulatory adherence.</p>